Add to ORKGHeating of ceramics need high temperatures,over 1000º C that can be obtained by using severalmicrowaves energy sources in the furnaces. Thepositioning of the magnetrons in 3 different plans offersthe possibility to increase the power and the temperature
This paper proposes an analytical approach to optimize the thickness of refractories for achieving m...
The industrial applications of microwaves in the ceramics field are described. Microwaves greatly co...
For homogeneous microwave heating in a microwave cavity with multiple 2.45 GHz microwave generators,...
International audienceOver the years, microwave radiation has emerged as an efficient source of ener...
A microwave heating multiphysics model has been numerically investigated and experimentally validate...
Microwave heating fundamentally differs from other heating techniques as the consequence of its uniq...
In microwave heating applications, the energy is introduced directly into the workload and as a cons...
M.Ing.The heating and drying of products is a process which is essential to improve the quality. Thi...
ABSTRACT The use of microwave heating for therapeutic applications necessites a temperature control ...
International audienceThe electric field of microwaves is responsible for the dielectric heating, wh...
A solid-state microwave generators system is considered as an alternative to the magnetron, in order...
Currently, the High voltage power supply for microwave generators with one magnetron uses a single-p...
This work is focused on the behavior of different ceramics exposed to microwaves in contact with a m...
International audienceMicrowave sintering is a promising technique to bring innovative microstructur...
TTM (Titanomagnetite) ironsand is an abundant source of iron oxide on the western beaches of the Wai...
This paper proposes an analytical approach to optimize the thickness of refractories for achieving m...
The industrial applications of microwaves in the ceramics field are described. Microwaves greatly co...
For homogeneous microwave heating in a microwave cavity with multiple 2.45 GHz microwave generators,...
International audienceOver the years, microwave radiation has emerged as an efficient source of ener...
A microwave heating multiphysics model has been numerically investigated and experimentally validate...
Microwave heating fundamentally differs from other heating techniques as the consequence of its uniq...
In microwave heating applications, the energy is introduced directly into the workload and as a cons...
M.Ing.The heating and drying of products is a process which is essential to improve the quality. Thi...
ABSTRACT The use of microwave heating for therapeutic applications necessites a temperature control ...
International audienceThe electric field of microwaves is responsible for the dielectric heating, wh...
A solid-state microwave generators system is considered as an alternative to the magnetron, in order...
Currently, the High voltage power supply for microwave generators with one magnetron uses a single-p...
This work is focused on the behavior of different ceramics exposed to microwaves in contact with a m...
International audienceMicrowave sintering is a promising technique to bring innovative microstructur...
TTM (Titanomagnetite) ironsand is an abundant source of iron oxide on the western beaches of the Wai...
This paper proposes an analytical approach to optimize the thickness of refractories for achieving m...
The industrial applications of microwaves in the ceramics field are described. Microwaves greatly co...
For homogeneous microwave heating in a microwave cavity with multiple 2.45 GHz microwave generators,...